/*
 * File:          Overload_Test_jniStub.c
 * Symbol:        Overload.Test-v1.0
 * Symbol Type:   class
 * Babel Version: 0.10.2
 * Description:   Client-side JNI glue code for Overload.Test
 * 
 * WARNING: Automatically generated; changes will be lost
 * 
 * babel-version = 0.10.2
 */

#include "sidl_Java.h"
#include "sidl_Loader.h"
#include "sidl_String.h"
#include "Overload_Test_IOR.h"
#include "babel_config.h"

/*
 * Convert between jlong and void* pointers.
 */

#if (SIZEOF_VOID_P == 8)
#define JLONG_TO_POINTER(x) ((void*)(x))
#define POINTER_TO_JLONG(x) ((jlong)(x))
#else
#define JLONG_TO_POINTER(x) ((void*)(int32_t)(x))
#define POINTER_TO_JLONG(x) ((jlong)(int32_t)(x))
#endif

#ifndef NULL
#define NULL 0
#endif

/*
 * Function to extract IOR reference from the Java object.
 */

static struct Overload_Test__object* _get_ior(
  JNIEnv* env,
  jobject obj)
{
  void* ptr = NULL;
  static jmethodID mid = (jmethodID) NULL;

  if (mid == (jmethodID) NULL) {
    jclass cls = (*env)->GetObjectClass(env, obj);
    mid = (*env)->GetMethodID(env, cls, "_get_ior", "()J");
    (*env)->DeleteLocalRef(env, cls);
  }

  ptr = JLONG_TO_POINTER((*env)->CallLongMethod(env, obj, mid));
  return (struct Overload_Test__object*) ptr;
}

/*
 * External reference to IOR methods.
 */

static const struct Overload_Test__external* s_external = NULL;

/*
 * Create object instance and return reference.
 */

static jlong jni__create_ior(
  JNIEnv* env,
  jclass  cls)
{
  (void) env;
  (void) cls;
  return POINTER_TO_JLONG((*s_external->createObject)());
}

/*
 * Method:  getValue[IntDouble]
 */

static jdouble
jni_getValueIntDouble(
  JNIEnv* env,
  jobject obj,
  jint _arg_a,
  jdouble _arg_b)
{
  /*
   * Declare return and temporary variables.
   */

  struct Overload_Test__object* _ior = NULL;
  int32_t _tmp_a = 0;
  double _tmp_b = 0.0;
  double _ior_res = 0.0;
  jdouble _res = 0.0;

  /*
   * Preprocess Java types and convert into IOR.
   */

  _ior = _get_ior(env, obj);
  _tmp_a = (int32_t) _arg_a;
  _tmp_b = (double) _arg_b;

  /*
   * Call the IOR method through the EPV.
   */

  _ior_res = (*(_ior->d_epv->f_getValueIntDouble))(
    _ior,
    _tmp_a,
    _tmp_b);

  /*
   * Postprocess OUT, INOUT, returns, and exceptions.
   */

  _res = (jdouble) _ior_res;

  return _res;
}

/*
 * Method:  getValue[DoubleInt]
 */

static jdouble
jni_getValueDoubleInt(
  JNIEnv* env,
  jobject obj,
  jdouble _arg_a,
  jint _arg_b)
{
  /*
   * Declare return and temporary variables.
   */

  struct Overload_Test__object* _ior = NULL;
  double _tmp_a = 0.0;
  int32_t _tmp_b = 0;
  double _ior_res = 0.0;
  jdouble _res = 0.0;

  /*
   * Preprocess Java types and convert into IOR.
   */

  _ior = _get_ior(env, obj);
  _tmp_a = (double) _arg_a;
  _tmp_b = (int32_t) _arg_b;

  /*
   * Call the IOR method through the EPV.
   */

  _ior_res = (*(_ior->d_epv->f_getValueDoubleInt))(
    _ior,
    _tmp_a,
    _tmp_b);

  /*
   * Postprocess OUT, INOUT, returns, and exceptions.
   */

  _res = (jdouble) _ior_res;

  return _res;
}

/*
 * Method:  getValue[IntDoubleFloat]
 */

static jdouble
jni_getValueIntDoubleFloat(
  JNIEnv* env,
  jobject obj,
  jint _arg_a,
  jdouble _arg_b,
  jfloat _arg_c)
{
  /*
   * Declare return and temporary variables.
   */

  struct Overload_Test__object* _ior = NULL;
  int32_t _tmp_a = 0;
  double _tmp_b = 0.0;
  float _tmp_c = 0.0;
  double _ior_res = 0.0;
  jdouble _res = 0.0;

  /*
   * Preprocess Java types and convert into IOR.
   */

  _ior = _get_ior(env, obj);
  _tmp_a = (int32_t) _arg_a;
  _tmp_b = (double) _arg_b;
  _tmp_c = (float) _arg_c;

  /*
   * Call the IOR method through the EPV.
   */

  _ior_res = (*(_ior->d_epv->f_getValueIntDoubleFloat))(
    _ior,
    _tmp_a,
    _tmp_b,
    _tmp_c);

  /*
   * Postprocess OUT, INOUT, returns, and exceptions.
   */

  _res = (jdouble) _ior_res;

  return _res;
}

/*
 * Method:  getValue[DoubleIntFloat]
 */

static jdouble
jni_getValueDoubleIntFloat(
  JNIEnv* env,
  jobject obj,
  jdouble _arg_a,
  jint _arg_b,
  jfloat _arg_c)
{
  /*
   * Declare return and temporary variables.
   */

  struct Overload_Test__object* _ior = NULL;
  double _tmp_a = 0.0;
  int32_t _tmp_b = 0;
  float _tmp_c = 0.0;
  double _ior_res = 0.0;
  jdouble _res = 0.0;

  /*
   * Preprocess Java types and convert into IOR.
   */

  _ior = _get_ior(env, obj);
  _tmp_a = (double) _arg_a;
  _tmp_b = (int32_t) _arg_b;
  _tmp_c = (float) _arg_c;

  /*
   * Call the IOR method through the EPV.
   */

  _ior_res = (*(_ior->d_epv->f_getValueDoubleIntFloat))(
    _ior,
    _tmp_a,
    _tmp_b,
    _tmp_c);

  /*
   * Postprocess OUT, INOUT, returns, and exceptions.
   */

  _res = (jdouble) _ior_res;

  return _res;
}

/*
 * Method:  getValue[IntFloatDouble]
 */

static jdouble
jni_getValueIntFloatDouble(
  JNIEnv* env,
  jobject obj,
  jint _arg_a,
  jfloat _arg_b,
  jdouble _arg_c)
{
  /*
   * Declare return and temporary variables.
   */

  struct Overload_Test__object* _ior = NULL;
  int32_t _tmp_a = 0;
  float _tmp_b = 0.0;
  double _tmp_c = 0.0;
  double _ior_res = 0.0;
  jdouble _res = 0.0;

  /*
   * Preprocess Java types and convert into IOR.
   */

  _ior = _get_ior(env, obj);
  _tmp_a = (int32_t) _arg_a;
  _tmp_b = (float) _arg_b;
  _tmp_c = (double) _arg_c;

  /*
   * Call the IOR method through the EPV.
   */

  _ior_res = (*(_ior->d_epv->f_getValueIntFloatDouble))(
    _ior,
    _tmp_a,
    _tmp_b,
    _tmp_c);

  /*
   * Postprocess OUT, INOUT, returns, and exceptions.
   */

  _res = (jdouble) _ior_res;

  return _res;
}

/*
 * Method:  getValue[DoubleFloatInt]
 */

static jdouble
jni_getValueDoubleFloatInt(
  JNIEnv* env,
  jobject obj,
  jdouble _arg_a,
  jfloat _arg_b,
  jint _arg_c)
{
  /*
   * Declare return and temporary variables.
   */

  struct Overload_Test__object* _ior = NULL;
  double _tmp_a = 0.0;
  float _tmp_b = 0.0;
  int32_t _tmp_c = 0;
  double _ior_res = 0.0;
  jdouble _res = 0.0;

  /*
   * Preprocess Java types and convert into IOR.
   */

  _ior = _get_ior(env, obj);
  _tmp_a = (double) _arg_a;
  _tmp_b = (float) _arg_b;
  _tmp_c = (int32_t) _arg_c;

  /*
   * Call the IOR method through the EPV.
   */

  _ior_res = (*(_ior->d_epv->f_getValueDoubleFloatInt))(
    _ior,
    _tmp_a,
    _tmp_b,
    _tmp_c);

  /*
   * Postprocess OUT, INOUT, returns, and exceptions.
   */

  _res = (jdouble) _ior_res;

  return _res;
}

/*
 * Method:  getValue[FloatIntDouble]
 */

static jdouble
jni_getValueFloatIntDouble(
  JNIEnv* env,
  jobject obj,
  jfloat _arg_a,
  jint _arg_b,
  jdouble _arg_c)
{
  /*
   * Declare return and temporary variables.
   */

  struct Overload_Test__object* _ior = NULL;
  float _tmp_a = 0.0;
  int32_t _tmp_b = 0;
  double _tmp_c = 0.0;
  double _ior_res = 0.0;
  jdouble _res = 0.0;

  /*
   * Preprocess Java types and convert into IOR.
   */

  _ior = _get_ior(env, obj);
  _tmp_a = (float) _arg_a;
  _tmp_b = (int32_t) _arg_b;
  _tmp_c = (double) _arg_c;

  /*
   * Call the IOR method through the EPV.
   */

  _ior_res = (*(_ior->d_epv->f_getValueFloatIntDouble))(
    _ior,
    _tmp_a,
    _tmp_b,
    _tmp_c);

  /*
   * Postprocess OUT, INOUT, returns, and exceptions.
   */

  _res = (jdouble) _ior_res;

  return _res;
}

/*
 * Method:  getValue[FloatDoubleInt]
 */

static jdouble
jni_getValueFloatDoubleInt(
  JNIEnv* env,
  jobject obj,
  jfloat _arg_a,
  jdouble _arg_b,
  jint _arg_c)
{
  /*
   * Declare return and temporary variables.
   */

  struct Overload_Test__object* _ior = NULL;
  float _tmp_a = 0.0;
  double _tmp_b = 0.0;
  int32_t _tmp_c = 0;
  double _ior_res = 0.0;
  jdouble _res = 0.0;

  /*
   * Preprocess Java types and convert into IOR.
   */

  _ior = _get_ior(env, obj);
  _tmp_a = (float) _arg_a;
  _tmp_b = (double) _arg_b;
  _tmp_c = (int32_t) _arg_c;

  /*
   * Call the IOR method through the EPV.
   */

  _ior_res = (*(_ior->d_epv->f_getValueFloatDoubleInt))(
    _ior,
    _tmp_a,
    _tmp_b,
    _tmp_c);

  /*
   * Postprocess OUT, INOUT, returns, and exceptions.
   */

  _res = (jdouble) _ior_res;

  return _res;
}

/*
 * Method:  getValue[Exception]
 */

static jstring
jni_getValueException(
  JNIEnv* env,
  jobject obj,
  jobject _arg_v)
{
  /*
   * Declare return and temporary variables.
   */

  struct Overload_Test__object* _ior = NULL;
  struct Overload_AnException__object* _tmp_v = (struct 
    Overload_AnException__object*) NULL;
  char* _ior_res = (char*) NULL;
  jstring _res = (jstring) NULL;

  /*
   * Preprocess Java types and convert into IOR.
   */

  _ior = _get_ior(env, obj);
  _tmp_v = (struct Overload_AnException__object*) sidl_Java_J2I_cls(env,
    _arg_v);

  /*
   * Call the IOR method through the EPV.
   */

  _ior_res = (*(_ior->d_epv->f_getValueException))(
    _ior,
    _tmp_v);

  /*
   * Postprocess OUT, INOUT, returns, and exceptions.
   */

  _res = sidl_Java_I2J_string(env, _ior_res);
  sidl_String_free(_ior_res);

  return _res;
}

/*
 * Method:  getValue[AClass]
 */

static jint
jni_getValueAClass(
  JNIEnv* env,
  jobject obj,
  jobject _arg_v)
{
  /*
   * Declare return and temporary variables.
   */

  struct Overload_Test__object* _ior = NULL;
  struct Overload_AClass__object* _tmp_v = (struct Overload_AClass__object*) 
    NULL;
  int32_t _ior_res = 0;
  jint _res = 0;

  /*
   * Preprocess Java types and convert into IOR.
   */

  _ior = _get_ior(env, obj);
  _tmp_v = (struct Overload_AClass__object*) sidl_Java_J2I_cls(env, _arg_v);

  /*
   * Call the IOR method through the EPV.
   */

  _ior_res = (*(_ior->d_epv->f_getValueAClass))(
    _ior,
    _tmp_v);

  /*
   * Postprocess OUT, INOUT, returns, and exceptions.
   */

  _res = (jint) _ior_res;

  return _res;
}

/*
 * Method:  getValue[BClass]
 */

static jint
jni_getValueBClass(
  JNIEnv* env,
  jobject obj,
  jobject _arg_v)
{
  /*
   * Declare return and temporary variables.
   */

  struct Overload_Test__object* _ior = NULL;
  struct Overload_BClass__object* _tmp_v = (struct Overload_BClass__object*) 
    NULL;
  int32_t _ior_res = 0;
  jint _res = 0;

  /*
   * Preprocess Java types and convert into IOR.
   */

  _ior = _get_ior(env, obj);
  _tmp_v = (struct Overload_BClass__object*) sidl_Java_J2I_cls(env, _arg_v);

  /*
   * Call the IOR method through the EPV.
   */

  _ior_res = (*(_ior->d_epv->f_getValueBClass))(
    _ior,
    _tmp_v);

  /*
   * Postprocess OUT, INOUT, returns, and exceptions.
   */

  _res = (jint) _ior_res;

  return _res;
}

/*
 * Register JNI methods with the Java JVM.
 */

void Overload_Test__register(JNIEnv* env)
{
  JNINativeMethod methods[12];
  jclass cls;

#ifdef SIDL_STATIC_LIBRARY
  s_external = Overload_Test__externals();
#else
  sidl_DLL dll = sidl_DLL__create();
  const struct Overload_Test__external*(*dll_f)(void);
  /* check global namespace for symbol first */
  if (dll && sidl_DLL_loadLibrary(dll, "main:", TRUE, FALSE)) {
    dll_f =
      (const struct Overload_Test__external*(*)(void)) sidl_DLL_lookupSymbol(
        dll, "Overload_Test__externals");
    s_external = (dll_f ? (*dll_f)() : NULL);
  }
  if (dll) sidl_DLL_deleteRef(dll);
  if (!s_external) {
    dll = sidl_Loader_findLibrary("Overload.Test",
      "ior/impl", sidl_Scope_SCLSCOPE,
      sidl_Resolve_SCLRESOLVE);
    if (dll) {
      dll_f =
        (const struct Overload_Test__external*(*)(void)) sidl_DLL_lookupSymbol(
          dll, "Overload_Test__externals");
      s_external = (dll_f ? (*dll_f)() : NULL);
      sidl_DLL_deleteRef(dll);
    }
  }
  if (!s_external) {
    jclass e = (*env)->FindClass(env, "java/lang/UnsatisfiedLinkError");
    if (e != NULL) {
      (*env)->ThrowNew(env, e, "Could not find implementation for sidl class Overload.Test");
      (*env)->DeleteLocalRef(env, e);
    }
  }
#endif

  methods[0].name      = "_create_ior";
  methods[0].signature = "()J";
  methods[0].fnPtr     = (void *)jni__create_ior;
  methods[1].name      = "getValue";
  methods[1].signature = "(ID)D";
  methods[1].fnPtr     = (void *)jni_getValueIntDouble;
  methods[2].name      = "getValue";
  methods[2].signature = "(DI)D";
  methods[2].fnPtr     = (void *)jni_getValueDoubleInt;
  methods[3].name      = "getValue";
  methods[3].signature = "(IDF)D";
  methods[3].fnPtr     = (void *)jni_getValueIntDoubleFloat;
  methods[4].name      = "getValue";
  methods[4].signature = "(DIF)D";
  methods[4].fnPtr     = (void *)jni_getValueDoubleIntFloat;
  methods[5].name      = "getValue";
  methods[5].signature = "(IFD)D";
  methods[5].fnPtr     = (void *)jni_getValueIntFloatDouble;
  methods[6].name      = "getValue";
  methods[6].signature = "(DFI)D";
  methods[6].fnPtr     = (void *)jni_getValueDoubleFloatInt;
  methods[7].name      = "getValue";
  methods[7].signature = "(FID)D";
  methods[7].fnPtr     = (void *)jni_getValueFloatIntDouble;
  methods[8].name      = "getValue";
  methods[8].signature = "(FDI)D";
  methods[8].fnPtr     = (void *)jni_getValueFloatDoubleInt;
  methods[9].name      = "getValue";
  methods[9].signature = "(LOverload/AnException;)Ljava/lang/String;";
  methods[9].fnPtr     = (void *)jni_getValueException;
  methods[10].name      = "getValue";
  methods[10].signature = "(LOverload/AClass;)I";
  methods[10].fnPtr     = (void *)jni_getValueAClass;
  methods[11].name      = "getValue";
  methods[11].signature = "(LOverload/BClass;)I";
  methods[11].fnPtr     = (void *)jni_getValueBClass;


  cls = (*env)->FindClass(env, "Overload/Test");
  if (cls) {
    (*env)->RegisterNatives(env, cls, methods, 12);
    (*env)->DeleteLocalRef(env, cls);
  }
}